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Photovoltaic power generation hourly modelling

机译:光伏发电每小时建模

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摘要

With the increase of solar power production, the modelling of this generation has to be considered in distribution network planning and operation. The purpose of this paper is to present a model that can estimate the hourly energy produced by a solar module in different sunshine conditions. The output power of a solar module is mainly dependent on solar radiation, temperature of the solar cell, and the technical properties of the module. The most complex of these is the solar radiation and how it changes in real sky and weather conditions. To model the solar radiation in southern Finland area, measured hourly long term radiation and sunshine data was obtained from the Finnish Meteorological Institution. With these data a regression model for solar irradiation was constructed and used for the power generation model. The solar irradiation model manages to estimate the irradiation quite well especially for a horizontal surface.
机译:随着太阳能发电量的增加,在配电网的规划和运营中必须考虑这一代的建模。本文的目的是提出一个模型,该模型可以估算在不同日照条件下太阳能组件每小时产生的能量。太阳能模块的输出功率主要取决于太阳辐射,太阳能电池的温度以及模块的技术性能。其中最复杂的是太阳辐射及其在实际天空和天气条件下的变化。为了模拟芬兰南部地区的太阳辐射,从芬兰气象局获得了每小时的长期辐射和日照数据。利用这些数据,构建了太阳辐射的回归模型,并将其用于发电模型。太阳辐射模型设法很好地估计了辐射,尤其是对于水平表面。

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